
Exploiting a 10-year-old Use-After-Free vulnerability in Android's xt_qtaguid kernel module, demonstrating local privilege escalation on Mi9 device using ret2bpf technique to bypass protections.

Exploring advanced privilege escalation techniques in Windows services, including a new 0day NTLM relay attack. Covers recent methods, Windows Service Hardening, and the RemotePotato0 attack vector.

Explore deterministic Rowhammer attacks on mobile platforms, uncovering vulnerabilities in modern devices and discussing potential security implications for mobile computing.

Explore fault injection techniques to bypass Secure Boot in embedded systems, focusing on hardware-based attacks when logical vulnerabilities are absent.

Explore vulnerability research on the Microchip ATECC508A secure memory, examining laser fault injection techniques to bypass cryptographic authentication in IoT devices.

Explore coverage-based fuzzing of RDP client virtual channels, targeting complex functionalities like Sound, Graphics, USB, and Filesystem to uncover potential vulnerabilities and crashes.

Explore Project Zero's impact on cybersecurity, its core principles, and the need for such initiatives in the tech industry. Gain insights into vulnerability research and mitigation strategies.

Explore advanced malware emulation with Binee, a Windows Process emulator. Learn to create detailed memory models, mimic OS kernels, and gather dynamic analysis data for reverse engineering and vulnerability research.

Discover techniques for exploiting iOS vulnerabilities, including finding new attack vectors, chaining vulnerabilities, and defeating code signing to jailbreak the latest iOS version.

Explore IE11 sandbox vulnerabilities, focusing on logic bugs and Enhanced Protected Mode. Learn techniques to investigate, analyze, and exploit sandbox weaknesses in Windows 8.1.

Explore automatic program analysis techniques for vulnerability discovery, from historical context to cutting-edge methods, with practical examples and demos for effective security research.

Explore Java vulnerabilities, exploitation trends, and security measures in this Black Hat talk. Gain insights into common weaknesses, attack surfaces, and Oracle's responses to protect 3 billion devices.

Explore techniques for modifying binary files to fix vulnerabilities or create new exploits. Learn about reverse engineering and binary manipulation for security research.

Reverse engineering and exploiting cryptographic backdoors in Phicomm routers, demonstrating vulnerabilities and developing tools for unauthenticated root access.

Explore ghidriff, an open-source Python package for efficient binary diffing using Ghidra. Learn about its command-line interface, function matching heuristics, and markdown output for simplified patch analysis and vulnerability research.

Learn to exploit vulnerabilities by analyzing security patches and reverse engineering, with techniques for identifying and leveraging weaknesses in software systems.

Explore the evolving landscape of information security, covering topics from FBI involvement to personal device vulnerabilities, and learn strategies for effective cybersecurity in various contexts.

Explore Android's Stagefright vulnerability, its impact on device security, and potential exploitation techniques in this in-depth analysis of a critical mobile security flaw.

Explore Mac security vulnerabilities and threats, learning how to protect Apple devices from malware, exploits, and other cyber risks.

Explore drone jailbreaking, vulnerability research, and counter-drone technologies with insights on ethical considerations and industry developments in unmanned aerial systems.

Explore the evolution of bug bounty programs, from early disclosure policies to modern marketplaces, and their impact on cybersecurity and vulnerability research.